cooling JEEP CJ 1953 Owner's Guide
[x] Cancel search | Manufacturer: JEEP, Model Year: 1953, Model line: CJ, Model: JEEP CJ 1953Pages: 376, PDF Size: 19.96 MB
Page 188 of 376

H
ELECTRICAL
SYSTEM
colder plug may be desirable. However, under- or
over-heating is usually caused by factors other than the type of
spark
plugs and the cause should be determined before changing plugs. The design of the
engine
calls for plugs equivalent to Champion
J-8
for F4
engines
and
A.C.
44S or
UJ12Y
Champ
ion for the V6 engines, (as installed in production)
though any factor that consistently affects
engine
operating temperature may cause this requirement
to change. Overheating may be caused by in sufficient tightening of the plug in the head, which interferes with the flow of heat away from the firing
tip.
If this is the case, the plug gasket
will
show very
little flattening. Over-tightening, in
turn,
will
pro duce too easy a heat flow path and result in cold
plug operation.
This
will
be evident by excessive
flattening
and
deformation of the gasket.
Prevailing
temperatures, condition of the cooling system, and
air-fuel
mixture can affect the
engine
operating temperature and should be taken into consideration.
H-34.
GENERATOR
— F4
ENGINE
The
generator is an air-cooled, two-brush unit
which
cannot be adjusted to increase or decrease output. For replacement,
voltage
regulator and generator must be matched for
voltage
and capa
city,
polarity, and common source of manufacture.
Otherwise,
either a
loss
of ampere capacity or a
burned
out generator
will
result. Generators for
these
vehicles are 12-volt. Par. H-l explains the 12-volt system. Refer to the specifications at the
end of this section for information on correct generator rating for a specific model series.
The
circuit
breaker,
voltage
regulator, and current-
limiting
regulator are built into one combination
unit.
Because the regulator and battery are part
of the generator
circuit,
the output of the generator
depends upon the
state
of charge and temperature
of the battery.
With
a discharged battery, the
output
will
be high, decreasing proportionally as the battery
becomes
charged. For service informa
tion covering current regulator see Par. H-41.
H-36.
Generator
Maintenance
A
periodic inspection should be made of the charg
ing
circuit,
Fig. H-l9. The interval
between
these
checks
will
vary
depending upon type of service.
Dust,
dirt
and high speed operation are factors 10541
FIG.
H-19—CHARGING
CIRCUIT
1—
Battery
4-—Starter Switch
2—
Voltage
Regulator 5-—Charge Indicator
3—
Generator
which
contribute to increased wear of bearings
and
brushes.
Under
normal conditions a check should be made
each 6000 miles
[9.600
km.].
A
visual inspection should be made of all wiring,
to be sure there are no broken or damaged wires.
Check
all connections to be sure they are tight and
clean.
Should
the commutator be rough or worn the
armature
should be removed and the commutator
turned
and undercut. See Par. H-37.
The
brushes should slide freely in their holders.
Should
they be oil soaked or if they are worn to
less
than one-half their original length they should
be replaced. When new brushes are installed they should be sanded to provide
full
contact with the
commutator. Generators should not be checked for
output until the brushes are seated.
Brush
spring tension is important. High tension causes
rapid
brush and commutator wear while
low tension causes arcing and reduced output.
Test
the tension with a spring scale.
Check
the
specifications section at end of this section for
correct
spring tension for generator in question.
H-36.
Generator Disassembly
•
Refer to Fig. H-20:
Before beginning disassembly of the generator to
correct
electrical system malfunctions proceed with
inspection and
test
procedures as detailed in Par.
H-46
thru
H-62. If it is definitely determined that trouble exists within the generator, which necessitates dismantling, proceed as follows. Remove the two frame screws in the commutator
end plate and remove the end plate assembly. Next
pull
the armature and drive head complete
from
the generator housing. Remove the generator pulley from the armature by removing the nut
and
washer. Do not
lose
the Woodruff key when
the pulley is removed. After this, remove the drive
end head assembly which includes the oil seal and
bearing.
To remove the bearing, remove the three
screws and lockwashers in the grease retainer and remove the retainer and felt washer, after which,
remove the bearing, oil guard and felt washer.
H-37.
Armature
If
the commutator is rough or worn,
turn
it down
in
a lathe. After turning, the mica insulation be tween the
segments
should be undercut to a depth of 34* [0,8 mm.].
To
test
the armature for a ground, connect one
prod
of a
test
lamp to the core or shaft (not on
bearing
surface) and touch each commutator
seg
ment with the other prod. If the lamp lights, the
armature
segment
is grounded and the armature must be replaced.
To
test
for short in armature coils, a growler,
Fig.
H-21, is necessary. Place the armature on the growler and lay a thin steel strip on the armature
core.
The armature is then rotated slowly by hand
and
if a coil is shorted, the steel strip
will
vibrate.
Should
a coil be shorted the armature must be
replaced.
If
precision
test
equipment is available, the cus
tomary
accurate
tests
can be made in accordance 188
Page 361 of 376

'Jeep*
UNIVERSAL
SERIES
SERVICE
MANUAL
U
DESCRIPTION
—
Continued
AXLES
W-99* Gauge — Pinion & Ring
Gear
Setting
W-104-B* Puller — Tapered Roller Bearing Removing
W-126* Driver — Pinion Bearing Cup
W-128* Installer — Differential Inner Oil Seal W-129 Spreader — Differential
Carrier
Housing
W-138* Driver & Adapter —
King
Pin Bearing
W-144* Wrench — Wheel Bearing Adjusting Nut W-147* Driver — Pinion Oil Seal W-163* Puller
—-
Axle Shaft Drive Flange
W-186* Driver — Axle Shaft Oil Seal
W-188* Driver — Differential Case Bearing W-251* Puller — Pinion Oil Seal
W-262*
Sleeve
— Pinion Bearing Installing
W-263
Semi-Floating
Rear
Axle Shaft Oil Seal W-264* Driver — Pinion Outer Bearing Cup
W-297* Torque Wrench — Pinion Bearing Adjusting W-343* Remover
85
Installer —
Rear
Axle Bearing (Flanged Axle)
W-344* Installer — Pinion Inner Bearing Cups
C-319-A
Puller —
Rear
Wheel Hub (Tapered Axle Shaft)
C-690 Checking Scale —
King
Pin Bearing Preload DD-914-P Press — Tapered Roller Bearing Removing
DD-914-9 Reducer Ring — Differential & Pinion Bearings (Use with DD-914-P)
C-3
716 Driver — Differential
Carrier
Bearing C-4142
Gear
Rotating Tool —
Trac-Lok
Differential
**Jeep*
exclusive
tool
Steering
Group
C-3646 Puller, Steering Shaft Arm
Brake
Group
W-172 Puller, Parking Brake Drum
U-12.
STflNDfiRD
AND
RECOMMENDED
TOOLS
Tool
Description
ENGINE
W-292
Tester — Cooling
System
Thermostat
C-119 Indicator — Cylinder Bore C-385 Compressor — Piston Ring
C-647 Fixture — Spring Testing
C-823
Hone
— Cylinder Bore Refinishing
C-3012 Reamer — Cylinder Ridge
C-3250 Pliers — Radiator fis Heater
Hose
Wire Clamp
C-3411
Gauge — Pressure & Vacuum
C-3422-A Compressor — E-type Valve Spring
C-3501
Hone
— Cylinder
Deglazing
C-3514
Flusher — Cooling
System
C-3886 Fixture — Carburetor Holding C-3896-A Tachometer — Portable
C-3943 Gauge — Compression Checking
C-3952 Torque Wrench, 150
lb-ft.
Swivel Head C-3953 Stand, Engine Repair
C-3959 Light — Ignition Timing
C-4065 Wrench — Oil Filter Removing
C-4080 Tester — Cooling
System
fig
Pressure Cap
ELECTRICAL
40B Hydrometer — Battery Service
W-291 Tester — Instrument
C-3674
Aimers —
Headlight
(Pair)
C-3829 Tester —
Diode
Polarity
C-3888 Tester — Volt-Ampere C-3950 Tester — 12V 60 Amp. Carbon Pile Resistor 361
Page 371 of 376

'Jeep'
UNIVERSAL
SERIES SERVICE
MANUAL
ALPHABETICAL INDEX
SUBJECT PAR.
SUBJECT
PAR.
Abbreviations,
List
U-17 Accelerator Linkage E-70
Air
Cleaner B-25, B-26, B-82, C-21, E-69
Air
Delivery Manifold Fl-4, F2-12
Air
Filter, Pump • F2-3, F2-11
Air
Injection Tubes Fl-5, F2-13
Air
Pump Fl-2, F2-10
Alternator Bearings B-76, H-80
Alternator Brushes H-74, H-75
Alternator Charging System •
•
H-63
Alternator
Diodes
H-69, H-85
Alternator Precautions H-64 Alternator Rotor H-76, H-79
Alternator Tests H-67, H-77 Alternator Specifications H-l 52
Alternator Stator H-84
Anti-Backfire
Valve Fl-6, F2-14
Antifreeze
Chart
• G-22 Antifreeze
Solutions
- G-16
Axle Camber O-l
Axle Caster 0-8
Back-Up
Lights H-135
Ballast
Resistor. H-32 Battery C-3, H-2 Bendix Folo-Thru Drive H-105, H-106
Bleeding Brakes P-7
Body T-l Body Lubrication. B-65 Body Name Plates ' A-7
Brake
Adjustment P-14
Brake
Drums. • .P-17
Brake
Hoses
P-8
Brake
Maintenance . P-5
Brake
Master Cylinder B-40, P-2, P-20
Brake
Service P-6
Brake
Wheel Cylinder • P-21
Camber
Adjustment 0-7
Camshaft D-6, D-51, D-52, D-53, D-81, Dl-26, Dl-33, Dl-55, Dl-80
Carburetor
E-10, E-25
Carburetor
Adjustment C-25, E-14, E-40,
Fl-13,
F2-16
Carburetor
Specifications .Fl-38, F2-34, E-79
Caster
Adjustment 0-8
Charging
System Service. .H-34, H-63
Chassis
Lubrication B-7, B-83
Chassis
Torque Specifications U-14
Clutch
1-4, MO
Clutch
Adjustment 1-3
Clutch
Linkage B-44, 1-3
Clutch
Maintenance .. 1-2
Clutch
Release Bearing B-74, 1-25
Coil
C-20, H-19, H-31 Connecting Rod Bearings D-47, D-48, D-49, Dl-49 Connecting Rod
Crank
Pins D-42
Connecting Rods... .D-20, D-50, D-95, Dl-31, Dl-45, Dl-75
Controls B-59, B-62
Cooling System B-28, G-l Cooling System Filling G-2
Core
Hole Expansion Plugs D-72
Crankcase
Ventilating System B-13, C-6, D-110
Crankshaft
D-26, D-38, D-39, Dl-38, Dl-73
Crankshaft
End Play. D-83, Dl-74
Crankshaft
Main Bearing D-43, D-44, Dl-32, Dl-40, Dl-73
Crankshaft
Oil Seal, Front Dl-21, Dl-85
Crankshaft
Oil Seal, Rear D-63, D-85, Dl-72
Cylinder
Block D-32, Dl-34
Cylinder
Bores D-35, Dl-36
Cylinder
Head D-17, D-73, D-98, Dl-24, Dl-63, Dl-82
Cylinder
Head Torque. C-5
Dash Pot Adjustment C-26, E-44
Differential B-51 thru B-53, N-9 Differential Adjustments N-16, N-18
Differential, Powr-Lok N-20
Differential,
Trac-Lok
N-24
Directional Signal Lights. . H-138
Distributor B-14, B-15, C-10, D-13, Dl-9, H-9, H-20 Distributor Check H-l7, H-28
Distributor Point Dwell C-17 Distributor Resistance Test C-16
Drawbar
.R-6, U-16
Dual
Brake System P-l thru P-26
Electrical
Instruments H-l22
Electrical
Specifications .H-l52
Electrical
System H-l Engine .
..D-l,
Dl-1
Engine Code Number A-6
Engine Compression .
.
C-9 Engine Disassembly . • .D-6, Dl-5 Engine Installation D-105, Dl-102
Engine Lubrication System B-4, B-6 Engine Mountings D-3, Dl-3
Engine Oil B-9
Engine Oil Filter B-10, B-ll,
D-lll,
Dl-13, Dl-93
Engine Oil Pan D-l9, D-66, D-97, Dl-29, Dl-51, Dl-77 Engine Oil Pump. . .D-14, D-65, D-93, Dl-19, Dl-50, Dl-87
Engine Overheating. G-l9 Engine Removal D-5, Dl-4.
Exhaust
Emission Control — F4 Fl-1 thru Fl-30
Exhaust
Emission Control — V6 F2-1 thru F2-36
Exhaust
Manifold, Install F-6
Exhaust
Pipe -
•
F-8
Exhaust
System F-2, F-3
Exhaust
System Maintenance F-4
Fan
Belt C-27, Dl-11, Dl-96, G-18
Floating Oil Intake. D-64, Dl-30, Dl-50, Dl-76 Flywheel D-25, D-67, D-87, Dl-28, Dl-52, Dl-78
Flywheel Housing. D-71, D-88, Dl-27, Dl-54, Dl-79
Flywheel Pilot Bushing D-70, 1-8
Frame
R-l
Frame
Alignment. R-2
Frame
Dimensions R-3
Frame
Straightening R-4
Front
Bumper Weight. • U-9
Front
Axle B-50, M-2
Front
Axle Alignment R-5
Front
Axle Installation • M-12
Front
Axle Maintenance M-3
Front
Axle Shaft Removal M-5
Front
Axle U-Joint B-54, B-55, M-7
Front
Axle Steering Knuckle M-&
Front
Wheel Alignment 0-4
Front
Wheel Bearings B-56, B-57, Q-4
Front
Wheel Toe-in 0-5, 0-6
Front
Wheel Turning Angle 0-9
Fuel
Gauge Float Unit F-76
Fuel
Lines - E-77
Fuel
Pump E-45, E-54, E-60, E-67
Fuel
Pump Check C-23
Fuel
Tank
E-72
G
Gauges, Testing H-l24
General
Specifications A-8
Generator B-16, H-34 thru H-40
Glass
Replacement • T-4
Governor. . .
•.
• U-3
Guides, Valve D"61
H
Hazard
Warning Lights H-139
Head Lamp Aiming H-131, H-132 Head Lamp Replacement H-130
Headlight Dimmer Switch H-l
2
7
Heat Control Valve C-7, F-7 Heated Air System • •
•
F2-2
Heater U-10
Horns.....
....H-137 371